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Added on the 12/02/2024 06:46:05 - Copyright : Auto Moto EN
The Lotus Emeya hyper-GT completed the final stage of a rigorous global test and development programme in one of the world’s harshest environments.Over the winter, the all-electric grand tourer was in Ivalo, Finland, as Lotus engineers conclude their validation work. Around 250km inside the Arctic Circle, temperatures in recent weeks have been as low as -25 degrees Celsius… and still the team has put the car in a local automotive ‘freezer’ to test it to -40 degrees Celsius.It’s the culmination of a stringent three-year test and development programme across 15 countries in two continents1, supported by Lotus’ global engineering teams. It took place on a variety of terrain and conditions; from the UK's challenging B-roads to the smooth and fast-flowing German autobahn, through the highest Alpine passes and the remoteness of Inner Mongolia. Testing also took place at race tracks such as the Nürburgring Nordschleife and at proving grounds like the high-speed loop near the southern Italian town of Nardò.As well as extreme cold, Emeya also endured conditions as high as 40 degrees Celsius in these environments. Additional in-market testing will take place in the Middle East, United States and Australia ahead of deliveries in these markets.
The Lotus Emeya hyper-GT completed the final stage of a rigorous global test and development programme in one of the world’s harshest environments.Over the winter, the all-electric grand tourer was in Ivalo, Finland, as Lotus engineers conclude their validation work. Around 250km inside the Arctic Circle, temperatures in recent weeks have been as low as -25 degrees Celsius… and still the team has put the car in a local automotive ‘freezer’ to test it to -40 degrees Celsius.It’s the culmination of a stringent three-year test and development programme across 15 countries in two continents1, supported by Lotus’ global engineering teams. It took place on a variety of terrain and conditions; from the UK's challenging B-roads to the smooth and fast-flowing German autobahn, through the highest Alpine passes and the remoteness of Inner Mongolia. Testing also took place at race tracks such as the Nürburgring Nordschleife and at proving grounds like the high-speed loop near the southern Italian town of Nardò.As well as extreme cold, Emeya also endured conditions as high as 40 degrees Celsius in these environments. Additional in-market testing will take place in the Middle East, United States and Australia ahead of deliveries in these markets.
The new generations of Škoda’s Superb and Kodiaq models have successfully passed intensive cold testing in the Arctic Circle. The vehicles’ functions, quality and durability were assessed in temperatures as low as minus 30 degrees Celsius. The main focus of these tests was on driving stability, passenger comfort in icy conditions and overall reliability during long winter journeys. In addition, the vehicles had to withstand the extra weight of ice and snow. With the extreme-cold trials completed, testing of the new models now enters the final phase. The new Superb and the second-generation Kodiaq will have their world premieres in autumn 2023.Intensive test drives in extreme cold conditions are part of the standard programme for new-vehicle development. Škoda Auto regularly conducts such tests in the Arctic Circle, where the fourth-generation Škoda Superb and the second generation of the Kodiaq SUV have now proven that they can cope with any winter challenge. Every part of the test vehicles was scrutinised: chassis, body, engine, heating, and the entire electrical system.To assess the vehicles’ general winter performance, Škoda Auto examines the impact of snow on the bodywork as well as the effects of snow entering the engine compartment and air intakes. All mechanical functions of the vehicle body as well as the electrics must perform flawlessly even at temperatures of minus 25 degrees Celsius, and the engine should start without problems at temperatures close to minus 30 degrees. All doors, the bonnet, and the tailgate as well as the fuel filler cap and the cover of the charging socket on PHEV vehicles must be capable of opening even under such adverse conditions.
Mercedes-Benz tested the latest generation of brake control systems on drives in Arjeplog, Sweden, near the Arctic Circle. For more than 20 years, an official branch of the Sindelfingen plant has existed here: its very own test centre for testing in the most extreme conditions. In addition to the EQE, EQS, EQS SUV and EQE SUV, models of future vehicle generations based on future platforms were also used in the drives across a frozen lake and up the region’s highest mountain.“During the test drives, our team is primarily concerned with safety, efficiency and driving comfort. The development team tunes the brake control systems individually for each model series – and pushes them to their physical limits.”Christoph Böhm, Head of Brake Control Systems, Mercedes-Benz AGOn the way to an all-electric future, the team is working on a new generation of stability control systems. These make use of the properties of the electric drive to precisely control the torque at the wheels. Most drivers will probably never notice how hard their Mercedes-Benz vehicles work to keep them out of dangerous situations – for Böhm and his team, this is the definition of a job well done.
A new Rolls-Royce motor car always begins its life in winter. Temperatures at the Bespoke facility used by the marque, located in Arjeplog, Sweden, just 55km from the arctic circle, drop to -26 degrees centigrade and are further cooled to -40 degrees centigrade.There are several reasons for subjecting the marque’s products to such extremes. When the first prototypes are built, engineers perform very basic tests in extreme conditions to ensure that each system is operational and functions at a basic level in a cold weather environment. This test is combined with the beginnings of the refinement process – the first ‘lessons’ in a finishing school that will form the foundations of a motor car worthy of the marque.
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